Label each limit law description with its corresponding analytical representation. The limit of a sum of functions is the sum of each function's limit. The limit of a difference of functions is the difference of each function's limit. The limit of a product of functions is the product of each function's limit. The limit of a quotient of functions is the quotient of each function's limit. The limit of a root of a function is the root of the function's limit. The limit of a function raised to a power is the limit of the function raised to the power. The limit of a function multiplied by a constant is the constant times the limit of the function.
Label each limit law description with its corresponding analytical representation. The limit of a sum of functions is the sum of each function's limit. The limit of a difference of functions is the difference of each function's limit. The limit of a product of functions is the product of each function's limit. The limit of a quotient of functions is the quotient of each function's limit. The limit of a root of a function is the root of the function's limit. The limit of a function raised to a power is the limit of the function raised to the power. The limit of a function multiplied by a constant is the constant times the limit of the function.
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
Related questions
Question
![Label each limit law description with its corresponding analytical representation.
The limit of a sum of functions is the sum of each function's limit.
The limit of a difference of functions is the difference of each function's limit.
The limit of a product of functions is the product of each function's limit.
The limit of a quotient of functions is the quotient of each function's limit.
The limit of a root of a function is the root of the function's limit.
The limit of a function raised to a power is the limit of the function raised to the power.
The limit of a function multiplied by a constant is the constant times the limit of the function.
lim f(x) =
=
X-C
m
"(x))"
lim f (x)
X-C
Answer Bank
lim(k. f (x)) = k (lim f (x)
X-C
X-C
lim [f (x) + g (x)] = lim f (x) + lim g (x)
X-C
X-C
X→C
lim [f(x) · g(x)] = lim f (x) lim g (x)
X-C
X-C
X-C
limf (x):
-
X-C
lim
X→C
lim [f (x) - g (x)] = lim f (x) - lim g (x)
X-C
X-C
X-C
lim f (x)
X-C
f (x)
g
lim f (x)
X-C
lim g (x)
X-C](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2267b4ec-76c2-4b9e-b48b-65217f23fc7c%2F3be869c4-6a8f-447f-b144-519a1cdd9d08%2F3ziqasj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Label each limit law description with its corresponding analytical representation.
The limit of a sum of functions is the sum of each function's limit.
The limit of a difference of functions is the difference of each function's limit.
The limit of a product of functions is the product of each function's limit.
The limit of a quotient of functions is the quotient of each function's limit.
The limit of a root of a function is the root of the function's limit.
The limit of a function raised to a power is the limit of the function raised to the power.
The limit of a function multiplied by a constant is the constant times the limit of the function.
lim f(x) =
=
X-C
m
"(x))"
lim f (x)
X-C
Answer Bank
lim(k. f (x)) = k (lim f (x)
X-C
X-C
lim [f (x) + g (x)] = lim f (x) + lim g (x)
X-C
X-C
X→C
lim [f(x) · g(x)] = lim f (x) lim g (x)
X-C
X-C
X-C
limf (x):
-
X-C
lim
X→C
lim [f (x) - g (x)] = lim f (x) - lim g (x)
X-C
X-C
X-C
lim f (x)
X-C
f (x)
g
lim f (x)
X-C
lim g (x)
X-C
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